def writeGlyphPath(glyph, get_d=False):
#
path_d = ''
svgGlyphAttrib = {}
#
if glyph.box:
t_x = glyph.box[3]
t_y = glyph.box[2]
else:
t_x = 0
t_y = 0
#
if get_d:
#
pen = SVGPathPen(glyph)
glyph.draw(pen)
pathCommands = pen.getCommands()
#
path = pt_parse_path(pathCommands)
#
rev_path = path.d()
#
return rev_path
#
else:
#
path_d = _writeD(glyph, svgGlyphAttrib, t_x, t_y)
#
svgGlyph = ET.Element("path", attrib=svgGlyphAttrib)
#
return svgGlyph
def _writeD(glyph, attrib, _x, _y): pen = SVGPathPen(glyph) glyph.draw(pen) pathCommands = pen.getCommands() # if pathCommands: # path = pt_parse_path(pathCommands) # rev_path = path.d() # flip_path = formatPath(flipPath(parsePath(rev_path), horizontal=True, vertical=False)) # attrib["d"] = flip_path # else: # attrib["d"] = "Z" # return flip_path
def _writeD(glyph, attrib):
"""
>>> from defcon import Glyph
>>> attrib = {}
>>> glyph = Glyph()
>>> _writeD(glyph, attrib)
>>> attrib
{}
>>> pen = glyph.getPen()
>>> pen.moveTo((-10, -10))
>>> pen.lineTo((-10, 10))
>>> pen.lineTo((10, 10))
>>> pen.lineTo((10, -10))
>>> pen.closePath()
>>> _writeD(glyph, attrib)
>>> attrib
{'d': 'M-10 -10V10H10V-10Z'}
"""
pen = SVGPathPen(glyph.getParent())
glyph.draw(pen)
pathCommands = pen.getCommands()
if pathCommands:
attrib["d"] = pathCommands